Uploaded February 2018 | Updated September 2026, 16 hours ago
This is my review of the Beta75 Pro. It is a brushless micro racing drone by BetaFPV Hobby. These drones are so new that there just isn’t a lot of information available, so I hope this helps.
Official website:
betafpv.com
Where I bought mine:
diablohobbies.com
Product at a glance:
- 75mm wheelbase
- 40mm 4-blade props (1mm shaft)
- 0703 15,000 KV brushless motors
- F3 flight controller with Betaflight OSD
- 5A BLHeli ESCs (integrated with the flight controller)
- AIO Cam + 25mw VTx
Tip for binding receiver (FrSky version):
- Make sure your transmitter is in D16 mode
Tips for setting up BLHeli:
- Increase “Startup Power” if you sometimes have a motor that won’t spin up reliably.
- Update to the latest firmware so you can use turtle mode
Tips for setting up Betaflight:
- DSHOT 600
- Enable DSHOT beeper
- Motor idle = 13% (they don’t respond consistently at low RPMs)
- Vbat scale = 129 (for more accurate voltage in OSD)
- Enable virtual current sensor (offset = 40, scale = 80)
- Lower the minimum voltage (min = 2.8v, warn = 2.9v) or it will complain too much
- Small angle = 180 (so you can always arm if you need to)
- Set filter to PT1 and disable all the notch filters (WARNING: This could overheat your motors. Do so at your own risk)
- Enable dynamic filter
- Enable anti gravity (gain = 4x)
- Enable low VBAT PID compensation
PIDs:
Pitch: P=58, I=50, D=37
Roll: P=60, I=40, D=37
Yaw: P=70, I=40, D-37
Rates:
If you fly angle mode, then I suggest you at least try the rates (but not the PIDs) described by Project Mockingbird.
docs.google.com/document/d/1N_GNXWuGPWg2IeCG8EKqiURUd8s29HyRlaH4-ivzjH4/mobilebasic
This is my review of the Beta75 Pro. It is a brushless micro racing drone by BetaFPV Hobby. These drones are so new that there just isn’t a lot of information available, so I hope this helps.
Official website:
betafpv.com
Where I bought mine:
diablohobbies.com
Product at a glance:
- 75mm wheelbase
- 40mm 4-blade props (1mm shaft)
- 0703 15,000 KV brushless motors
- F3 flight controller with Betaflight OSD
- 5A BLHeli ESCs (integrated with the flight controller)
- AIO Cam + 25mw VTx
Tip for binding receiver (FrSky version):
- Make sure your transmitter is in D16 mode
Tips for setting up BLHeli:
- Increase “Startup Power” if you sometimes have a motor that won’t spin up reliably.
- Update to the latest firmware so you can use turtle mode
Tips for setting up Betaflight:
- DSHOT 600
- Enable DSHOT beeper
- Motor idle = 13% (they don’t respond consistently at low RPMs)
- Vbat scale = 129 (for more accurate voltage in OSD)
- Enable virtual current sensor (offset = 40, scale = 80)
- Lower the minimum voltage (min = 2.8v, warn = 2.9v) or it will complain too much
- Small angle = 180 (so you can always arm if you need to)
- Set filter to PT1 and disable all the notch filters (WARNING: This could overheat your motors. Do so at your own risk)
- Enable dynamic filter
- Enable anti gravity (gain = 4x)
- Enable low VBAT PID compensation
PIDs:
Pitch: P=58, I=50, D=37
Roll: P=60, I=40, D=37
Yaw: P=70, I=40, D-37
Rates:
If you fly angle mode, then I suggest you at least try the rates (but not the PIDs) described by Project Mockingbird.
docs.google.com/document/d/1N_GNXWuGPWg2IeCG8EKqiURUd8s29HyRlaH4-ivzjH4/mobilebasic
